Calculations involving masses
Why this, why now
This unit covers writing chemical formulae, balancing equations, and using the conservation of mass. It includes calculating moles, empirical formulae, relative formula masses, and theoretical yields. Emphasis is on stoichiometry, concentration, gas volumes, and using standard form.
Prior knowledge requirements
- Ardaydu waa inay yaqaanaan aasaaska maadada.
- Ardaydu waa inay awoodaan inay raacaan tilmaamo fudud.
Unit 5 / 8
Calculations involving masses
This unit covers writing chemical formulae, balancing equations, and using the conservation of mass. It includes calculating moles, empirical formulae, relative formula masses, and theoretical yields. Emphasis is on stoichiometry, concentration, gas volumes, and using standard form.
30 lessons- Empirical formula calculations: using moles
- Empirical formula calculations
- Conservation of mass
- The mole
- Determining an equation experimentally: magnesium oxide (RAM 1 d.p.)
- Uncertainties in measurements: chemistry
- Balancing equations
- Mass in a chemical reaction: using moles (RAM 1 d.p.)
- Mass in a chemical reaction: using moles
- Mass in a chemical reaction
- Three types of chemical reaction
- Limiting reactants
- The mole (RAM 1 d.p.)
- Mass in a chemical reaction (RAM 1 d.p.)
- Converting between mass and volume using moles
- Deducing an empirical formula experimentally
- Moles and masses
- Representations of a mole (RAM 1 d.p.)
- Representations of a mole
- Gas volumes (RAM 1 d.p.)
- Determining an equation experimentally: sodium hydrogencarbonate (RAM 1 d.p.)
- Moles and masses (RAM 1 d.p.)
- Gas volumes
- Converting between mass and volume using moles (RAM 1 d.p.)
- Limiting reactants (RAM 1 d.p.)
- Deducing an empirical formula experimentally: using moles
- Determining an equation experimentally: sodium hydrogencarbonate
- Determining an equation from given values
- Determining an equation from given values (RAM 1 d.p.)
- Determining an equation experimentally: magnesium oxide